T/L Shape MN20-B10C-2P-T-CV

SKU: LM0179

$1.00

The T/L Shape MN20-B10 C-2 P-T-CV connector is a high-quality SMD/COB type designed for reliable connections in various applications. With a PCB width of 10 mm, it features a mono color housing made from durable polycarbonate and high-precision copper conductors. This connector has two solder pads and offers ingress protection rated at IP20, suitable for DC voltage ranges of 3-24 V. Priced at just $1.00, it is an economical choice for your connectivity needs.

Attached Files
UL
10 People watching this product now!

Fast Shipping

Carrier information

20k products

Payment methods

24/7 Support

Unlimited help desk

2-day Delivery

Track or off orders

Description

Introducing the T/L Shape MN20-B10 C-2 P-T-CV, a high-quality connector designed for various electronic applications. This connector falls under the category of connectors and is available at an affordable price of one dollar. The T/L Shape MN20-B10 C-2 P-T-CV features a compact design with a PCB width of 10 mm, making it ideal for space-constrained projects. It is specifically designed for surface-mount device (SMD) and chip-on-board (COB) applications, ensuring seamless integration into your circuit board. With a solder pad quantity of two, this connector facilitates straightforward soldering for a secure connection. The product is constructed from high-precision copper conductors, ensuring excellent conductivity and reliability. It is housed in durable polycarbonate, providing robustness against environmental factors. With an ingress protection rating of IP20, it is suitable for indoor use, and it can handle voltage levels ranging from DC 3 to 24 volts. Whether you are working on a professional project or a DIY endeavor, the T/L Shape MN20-B10 C-2 P-T-CV is a reliable choice for your connector needs.

Additional information
CABLE LENGTH

No wire

CONNECTOR TYPE

SMD / COB

PCB WIDTH

0.4"

Color

Mono

SOLDER PAD QUANTITY

2

INGRESS PROTECTION

IP20

VOLTAGE

DC 3-24V

Material

Housing Policarbonate Conductor High Precision Cu

Relations